POWERTEC Brushless DC Motors

INEX How to use this section This section covers our extensive line of high performance POWERTE and PTORQ Brushless Motors. Select the proper motor using one of the following procedures. If you are already familiar with these motors and the available options, refer to the POWERTE Model Number odes beginning on page 6, or the PTORQ Model Number odes beginning on page 53 to verify the coded information. If you are not familiar with these motors and the available options refer to the POWERTE general specifications on page 5, the PTORQ general specifications on page 52 and/or the index at the right. onstruct a model number after all the technical parameters, including options, are determined. POWERTE Brushless Motors Product Overview 3 Features and Benefits 4 Options and General Specifications 5 Model Number odes 6 Totally Enclosed, Non-Ventilated Motors (0.25-100 HP) Product escription 11 onstant Torque Speed Range 11 Typical pplications 11 gency pprovals 11 Ratings and haracteristics 11 Recommended Motor/rive ombinations Genesis 12 Millennium 14 ripproof, Fully Guarded Motors (5-300 HP) Product escription 15 onstant Torque Speed Range 15 Typical pplications 15 gency pprovals 15 Ratings and haracteristics 15 Recommended Motor/rive ombinations Genesis 16 Millennium 18 Totally Enclosed, ir Over Motors (10-250 HP) Product escription 20 onstant Torque Speed Range 20 Typical pplications 20 gency pprovals 20 Ratings and haracteristics 20 Recommended Motor/rive ombinations Genesis 21 Millennium 22 ripproof, Blower Ventilated Motors (5-300 HP) Product escription 23 onstant Torque Speed Range 23 Typical pplications 23 gency pprovals 23 Ratings and haracteristics 23 Recommended Motor/rive ombinations Genesis 24 Millennium 25 POWERTE Motor imensions NEM 42 Frames 26 NEM 140 Frames 27 NEM 180 Frames 29 NEM 210 Frames 32 NEM 250 Frames 35 NEM 280 Frames 40 NEM 320 Frames 44 NEM 500 Frames 48 B RIVES RIVE SYSTEMS

INEX PTORQ Brushless Motors Product Overview 50 Features and Benefits 51 Options and General Specifications 52 B RIVES RIVE SYSTEMS Model Number odes 53 Totally Enclosed, Non-Ventilated Motors (10-75 HP) Product escription 56 onstant Torque Speed Range 56 Typical pplications 56 gency pprovals 56 Ratings and haracteristics 56 Recommended Motor/rive ombinations Millennium 57 ripproof, Blower Ventilated Motors (10-400 HP) Product escription 58 onstant Torque Speed Range 58 Typical pplications 58 gency pprovals 58 Ratings and haracteristics 58 Recommended Motor/rive ombinations Millennium 59 PTORQ Motor imensions NEM 180 Frames 60 NEM 210 Frames 63 NEM 250 Frames 66 NEM 280 Frames 70 NEM 320 Frames 73 2

POWERTE BRUSHLESS Versatile Packaging The POWERTE motor line includes NEM Totally Enclosed Non- Ventilated (TENV), Totally Enclosed ir Over (TEO), ripproof Fully Guarded (PFG), and ripproof Blower Ventilated (PBV) enclosures. This broad array provides suitable motor enclosures and mounting for High Efficiency The brushless motor uses efficient ceramic ferrite permanent magnets bonded to the rotor to produce the magnetic field. Thus, there are no losses in the motor due to rotor induction currents. ll of the current delivered to the brushless motor is used to develop torque. Precision ontrol The brushless motor is a true synchronous motor. The rotor field is always in sync with the excitation field; it does not have losses due to slip. This factor, inherent to brushless design, combined with various primary and secondary feedback options, allows for precise B virtually any industrial environment. The motors are available with NEM foot mountings, NEM face, and flange mountings are also available. ynamic Response The powerful and lightweight permanent magnet rotor design provides low rotor inertia providing high torque to inertia ratios in a relatively small frame. This high torque density equates to a very responsive motor with high starting and running torque, rapid start-stop capabilities, and smooth operation over the entire speed range. speed and torque control. Low Maintenance The brushless motor does not have any brushes to replace or a commutator to wear out. Little heat is generated in the rotor allowing the bearings to run cooler while increasing bearing life. Factory mounted feedback devices are integral to the motor and eliminate high maintenance couplings. RIVES RIVE PKGE SYSTEMS SYSTEMS POWERTE BRUSHLESS 0.25-300 HP STNR 3

POWERTE BRUSHLESS B RIVES PKGE SYSTEMS RIVE SYSTEMS FETURES Brushless Technology Optimum ferrite permanent magnet design NEM enclosures and mounting options Patented double-finned, aluminum frame (US Patent No. 4,839,547) Oversize bearings pressed into steel bearing insert, clamped rear bearing (NEM 180-500 frames) Integral shaft mounted Hall Sensors or resolver and encoder Four different wiring configurations for various horsepower and speed requirements Robust stator oncentric coil windings Inverter duty insulation system Proprietary trickle varnish process lass H insulated, conservatively rated for class F operation Near unity power factor at all speeds and loads 0% speed regulation Standard two year warranty BENEFITS Reliable, high-performance motor technology - long life, virtually maintenance free, cooler running, low acoustic noise, same HP as other motor technologies in smaller motor frame Low rotor inertia High power density High torque density Satisfies broad end-use requirements Efficient cooling of the stator assembly Withstands higher shock loads than conventional cast iron enclosures ll thrust loads accommodated by rear bearing, increasing reliability and life No coupling, yields higher feedback resolution and accuracy Flexible and versatile Stator better withstands high voltage transients of PWM waveforms dditional assurance of motor integrity over broad temperature range Eliminates costly power factor correction Reduces power consumption for important energy savings No slip, drift, higher throughput ssured quality and reliability 4

POWERTE BRUSHLESS PKGE SYSTEMS FETURES Optimum ferrite permanent magnet design High efficiency High dynamic response High power density Patented, double-finned aluminum frame for highest thermal efficiency and light weight (NEM 42-500 frames) Four different wiring configurations for various horsepower and speed requirements Robust stator oncentric coil windings Inverter duty insulation system Proprietary trickle varnish process NEM mounting options Standard two year warranty PRIMRY FEEBK OPTIONS Hall sensors (dual channel quadrature) 30 ppr (120 ppr after 4x multiplication by the drive) (NEM 42-250 frames) 60 ppr (240 ppr after 4x multiplication by the drive) (NEM 280-500 frames) Integral, through-shaft frameless resolver (transmitter type) SEONRY FEEBK OPTIONS Externally mounted 600 or 1024 ppr line driver encoder Encoder feedback mounting kit OTHER OPTIONS NEM face and flange mounting Maximum capacity ball bearings and roller bearings NT or PT thermistor 100 V fail-safe brake 115, 230, or 460 V fail-safe brake ustom terminations: F1, F2, or top mounted terminal box, MS connectors, explosion proof terminal box Slide base mounting ustom stator windings ustom mounting and shaft configurations Grease fittings and grease relief Special rotor balance ripproof, Separately Ventilated Totally Enclosed, Pipe Ventilated Totally Enclosed, Water Proof Totally Enclosed, ust Proof Totally Enclosed, Water ooled (NEM 250-320 frames) TYPIL PPLITIONS Test stands Extruders Electronic line shafting Winders Wire drawing Printing Forest Industry machinery Tube and rolling mills Textile machinery Punch presses Paper converting ranes Elevators GENY PPROVLS UL Recognized (file #E130709) S Listed (file #LR103655-2) E ertified (Pending) B RIVES SPEIFITIONS Number of poles..... 4 (NEM 42-250 frames) 8 (NEM 280-500 frames)............. 3 phase Wye or elta, series or parallel (12 lead reconnectable) Magnet Type......... Ferrite Standard Enclosures.. TENV, TEO, PBV, PFG Mounting........... NEM foot mounting (NEM 180-500) NEM face (NEM 42-250) NEM flange (NEM 210, 280, 320) Terminations......... Flying leads in terminal box: top mounted (NEM TENV 42, 140) F1 mounted (NEM 180-500) Thermal Protection... Normally closed thermostat with Hall Sensor Feedback NT thermistor with Resolver Feedback RIVE SYSTEMS 5

POWERTE MOEL NUMBER OES Integral through shaft frameless Hall feedback sensor Provision for blower cooling Motor rated lass F - lass H, high temp insulation actually used. Plus, robust stator including concentric coil windings, inverter duty insulation system, and proprietary trickle varnish process to best withstand PWM waveforms High flux density ferrite ceramic permanent magnets Standard NEM frames B POWERTE F184 ripproof, Fully Guarded (PFG) Motor Shown Oversize bearings, regreasable or lube for life - in steel bearing insert for long life RIVES ast conduit box NEM foot mounting Removable foot NEM face, NEM flange available RIVE SYSTEMS 6 Frame iameter 42 = NEM 42 Motor Type F = Powertec Brushless Motor Ferrite 4-Pole design Stack Length B = B42 = 42 POWERTE FERRITE-NEM 42 FRME F 42 1 1 N 0 0 7 0 00 Enclosure = TENV (IP44) onnection 1 = 1 2 = 2 3 = 1Y 4 = 2Y = Standard, Genesis Mounting Face and Shaft 1 = NEM 56 Face & Shaft w/feet Bearing 0 = Heavy uty Ball Bearing Brake Option N = No Brake Factory ssigned Insert 00 if all parts are standard. Factoryassigned if any parts are custom Secondary Feedback 0 = No Secondary = 600 ppr Encoder B = 1024 ppr Encoder M = Encoder mounting provisions Terminations 7 = Terminal box, top mounted (Standard) 8 = Terminal box, top mounted with MS connectors Primary Feedback 0 = Hall Sensors/Thermal Switch File #E130709 File #LR103655-2 (Pending) NOTE: To construct a motor model number select the combination of features required and put all the coded information in the proper sequence. Please account for all entries. The model number shown is an example of a properly specified motor.

POWERTE MOEL NUMBER OES POWERTE FERRITE-NEM 140 FRME F 14 5 1 1 N 0 0 7 0 00 Frame iameter 140 = NEM 140 Motor Type F = Powertec Brushless Motor Ferrite 4-Pole design Motor Type F = Powertec Brushless Motor Ferrite 4-Pole design Stack Length 3 = 143 5 = 145 7 = L145 Frame iameter 18 = NEM 180 Stack Length 2 = 182 4 = 184 Enclosure = TENV (IP44) B = TENV (IP56) onnection 1 = 1 2 = 2 3 = 1Y 4 = 2Y = Standard, Genesis Mounting Face and Shaft 1 = NEM 140 Face & Shaft w/feet Enclosure = TENV (IP44) F = PFG J = PBV (with filter) = Standard, Genesis Y = Standard, Millennium Brake Option N = No Brake G = 115 V Brake Brake Option ❸ B = 100 V N = No Brake Bearing ➊ 0 = Heavy uty Ball Bearing POWERTE FERRITE-NEM 180 FRME Factory ssigned Insert 00 if all parts are standard. Factory-assigned if any parts are custom Secondary Feedback 0 = No Secondary = 600 ppr Encoder B = 1024 ppr Encoder M = Encoder mounting provisions Terminations ❷ 1 = Terminal box F1 (Standard) 2 = Terminal box F2 3 = MS connectors F1 4 = MS connectors F2 7 = Terminal box top mounted 8 = Terminal box, top mounted with MS connectors E = Terminal box F1 with E terminal blocks for F = power and feedback Terminal box F2 with E terminal blocks for power and feedback G = Terminal box, top mounted, with E terminal blocks for power and feedback File #E130709 File #LR103655-2 (Pending) NOTE: To construct a motor model number select the combination of features required and put all the coded information in the proper sequence. Please account for all entries. The model number shown is an example of a properly specified motor. Factory ssigned Insert 00 if all parts are standard. Factoryassigned if any parts are custom Secondary Feedback 0 = No Secondary = 600 ppr Encoder B = 1024 ppr Encoder M = Encoder mounting provisions Terminations 7 = Terminal box, top mounted (Standard) 8 = Terminal box, top mounted with MS connectors Primary Feedback 0 = Hall Sensors/Thermal Switch 2 = Resolver / NT Thermistor 6 = No primary NOTES: ➊ Bearing selection may be application dependent. Refer to page 139 for maximum shaft radial loading. onsult application engineering with special considerations. File #E130709 File #LR103655-2 (Pending) F 18 2 1 J 1 N 0 0 1 0 00 onnection 1 = 1 2 = 2 3 = 1Y 4 = 2Y Mounting Face and Shaft 1 = NEM 180 Face & Shaft w/feet Primary Feedback 0 = Hall Sensors/Thermal Switch 2 = Resolver/NT Thermistor 6 = No Primary Bearing ➊ 0 = Heavy uty Ball Bearing NOTES: ➊ Bearing selection may be application dependent. Refer to page 139 for maximum shaft radial loading. onsult application engineering with special considerations. ❷ Terminal box top option not available with PBV motor enclosures. ❸ See page 135 for special options. 7 B RIVES RIVE SYSTEMS

B RIVES RIVE SYSTEMS 8 POWERTE MOEL NUMBER OES F 21 5 1 J 1 N 0 0 1 0 00 Frame iameter 21 = NEM 210 Motor Type F = Powertec Brushless Motor Ferrite 4-Pole design POWERTE FERRITE-NEM 210 FRME = Standard, Genesis Y = Standard, Millennium Stack Length 3 = 213 5 = 215 onnection 1 = 1 2 = 2 3 = 1Y 4 = 2Y Mounting Face and Shaft 1 = NEM 210 Face w/feet Brake Option ❸ B = 100 V N = No Brake Factory ssigned Insert 00 if all parts are standard. Factory-assigned if any parts are custom Secondary Feedback 0 = No Secondary = 600 ppr Encoder B = 1024 ppr Encoder M = Encoder mounting provisions Terminations ❷ 1 = Terminal box F1 (Standard) 2 = Terminal box F2 3 = MS connectors F1 4 = MS connectors F2 7 = Terminal box top mounted 8 = Terminal box, top mounted with MS connectors E = Terminal box F1 with E terminal blocks for power and feedback F = Terminal box F2 with E terminal blocks for power and feedback G = Terminal box, top mounted, with E terminal blocks for power and feedback File #E130709 File #LR103655-2 (Pending) F 25 9 1 J 1 N 0 0 1 0 00 Frame iameter 25 = NEM 250 Motor Type F = Powertec Brushless Motor Ferrite 4-Pole design Stack Length 4 = 254 6 = 256 9 = 259 Enclosure = TENV (IP44) F = PFG J = PBV (with filter) POWERTE FERRITE-NEM 250 FRME Enclosure = TENV (IP44) = TEO F = PFG J = PBV (with filter) onnection 1 = 1 2 = 2 3 = 1Y 4 = 2Y = Standard, Genesis Y = Standard, Millennium Mounting Face and Shaft 0 = NEM Foot Mount (No flange) & Std. Shaft 1 = NEM 250 Face w/feet Brake Option ❸ B = 100 V N = No Brake Primary Feedback 0 = Hall Sensors/Thermal Switch 2 = Resolver/NT Thermistor 6 = No Primary Bearing ➊ 0 = Heavy uty Ball Bearing Bearing ➊ 0 = Heavy uty Ball Bearing 1 = Max. apacity Ball Bearing (F259 Std.) NOTES: ➊ Bearing selection may be application dependent. Refer to page 139 for maximum shaft radial loading. onsult application engineering with special considerations. ❷ Terminal box top option not available with PBV motor enclosures. ❸ See page 135 for special options. Factory ssigned Insert 00 if all parts are standard. Factory-assigned if any parts are custom Secondary Feedback 0 = No Secondary = 600 ppr Encoder B = 1024 ppr Encoder M = Encoder mounting provisions Terminations ❷ 1 = Terminal box F1 (Standard) 2 = Terminal box F2 3 = MS connectors F1* 4 = MS connectors F2* 7 = Terminal box top mounted 8 = Terminal box, top mounted with MS connectors* E = Terminal box F1 with E terminal blocks for power and feedback F = Terminal box F2 with E terminal blocks for power and feedback G = Terminal box, top mounted, with E terminal blocks for power and feedback Primary Feedback 0 = Hall Sensors/Thermal Switch 2 = Resolver/NT Thermistor 6 = No Primary File #E130709 File #LR103655-2 (Pending) NOTE: To construct a motor model number select the combination of features required and put all the coded information in the proper sequence. Please account for all entries. The model number shown is an example of a properly specified motor. NOTES: ➊ Bearing selection may be application dependent. Refer to page 139 for maximum shaft radial loading. onsult application engineering with special considerations. ❷ Terminal box top option not available with PBV motor enclosures. ❸ See page 135 for special options. *3, 4, 8: Terminal block mounted in terminal box for motor power and MS connector for feedback.

POWERTE MOEL NUMBER OES POWERTE FERRITE-NEM 280 FRME F 28 Y 1 J 0 N 0 2 1 0 00 Frame iameter 28 = NEM 280 Motor Type F = Powertec Brushless Motor Ferrite 8-Pole design Enclosure = TENV (IP44) = TEO F = PFG J = PBV (with filter) onnection 1 = 1 2 = 2 3 = 1Y 4 = 2Y = Standard, Genesis Y = Standard, Millennium Stack Length 7 = 287; 8 = 288 = 2810; = 2812 Mounting Face and Shaft 0 = NEM Foot Mount (No Flange) & Std. Shaft 2 = NEM Flange w/feet Brake Option ❹ B = 100 V N = No Brake Bearing ➊ 0 = Heavy uty Ball Bearing Factory ssigned Insert 00 if all parts are standard. Factoryassigned if any parts are Secondary Feedback 0 = No Secondary = 600 ppr Encoder B = 1024 ppr Encoder M = Encoder mounting provisions Terminations ❸ 1 = Terminal box F1 (Standard) 2 = Terminal box F2 3 = MS connectors F1 4 = MS connectors F2 7 = Terminal box top mounted 8 = Terminal box, top mounted with MS connectors E = Terminal box F1 with E terminal blocks for power and feedback F = Terminal box F2 with E terminal blocks for power and feedback G =Terminal box, top mounted, with E terminal blocks for power and feedback Primary Feedback ❷ 0 = Hall Sensors/Thermal Switch 2 = Resolver/NT Thermistor w/o Secondary Feedback Option 5 = Resolver/NT Thermistor with Secondary Feedback Option 6 = No Primary File #E130709 File #LR103655-2 (Pending) POWERTE FERRITE-NEM 320 FRME F 32 B Y 1 J 0 N 0 2 1 0 00 Frame iameter 32 = NEM 320 Motor Type F = Powertec Brushless Motor Ferrite 8-Pole design Enclosure = TENV (IP44) = TEO F = PFG J = PBV (with filter) onnection 1 = 1 2 = 2 3 = 1Y 4 = 2Y = Standard, Genesis Y = Standard, Millennium Stack Length 8 = 328 B = 3211 = 3213 Mounting Face and Shaft 0 = NEM Foot Mount (No Flange) & Std. Shaft 2 = NEM Flange w/feet Brake Option ❹ B = 100 V N = No Brake Bearing ➊ 0 = Heavy uty Ball Bearing NOTE: To construct a motor model number select the combination of features required and put all the coded information in the proper sequence. Please account for all entries. The model number shown is an example of a properly specified motor. NOTES: ➊ Bearing selection may be application dependent. Refer to page 139 for maximum shaft radial loading. onsult application engineering with special considerations. ❷ 5 = Large bore resolver when using double shaft extension or brake option. ❸ Terminal box top option not available with PBV motor enclosures. ❹ Brake optoin requires Primary Feedback Option 5. See page 135 for special options. Factory ssigned Insert 00 if all parts are standard. Factory-assigned if any parts are custom Secondary Feedback 0 = No Secondary = 600 ppr Encoder B = 1024 ppr Encoder M = Encoder mounting provisions Terminations ❸ 1 = Terminal box F1 (Standard) 2 = Terminal box F2 3 = MS connectors F1* 4 = MS connectors F2* 7 = Terminal box top mounted 8 = Terminal box, top mounted with MS connectors* E = Terminal box F1 with E terminal blocks for power and feedback F = Terminal box F2 with E terminal blocks for power and feedback G =Terminal box, top mounted, with E terminal blocks for power and feedback Primary Feedback ❷ 0 = Hall Sensors/Thermal Switch 2 = Resolver/NT Thermistor w/o Secondary Feedback Option 5 = Resolver/NT Thermistor with Secondary Feedback Option 6 = No Primary File #E130709 File #LR103655-2 (Pending) NOTES: ➊ Bearing selection may be application dependent. Refer to page 139 for maximum shaft radial loading. onsult application engineering with special considerations. ❷ 5 = Large bore resolver when using double shaft extension or brake option. ❸ Terminal box top option not available with PBV motor enclosures. ❹ Brake optoin requires Primary Feedback Option 5. See page 135 for special options. *3, 4, 8: Terminal block mounted in terminal box for motor power and MS connector for feedback. 9 B RIVES RIVE SYSTEMS

POWERTE MOEL NUMBER OES B POWERTE FERRITE-NEM 500 FRME F 50 8 Y 1 J 0 N 0 2 1 0 00 Enclosure = TENV (IP44) = TEO F = PFG J = PBV (with filter) onnection 1 = 1 2 = 2 3 = 1Y 4 = 2Y = Standard, Genesis Y = Standard, Millennium Factory ssigned Insert 00 if all parts are standard. Factory-assigned if any parts are custom Secondary Feedback 0 = No Secondary = 600 ppr Encoder B = 1024 ppr Encoder M = Encoder mounting provisions Terminations ❸ 1 = Terminal box F1 (Standard) 2 = Terminal box F2 3 = MS connectors F1* 4 = MS connectors F2* 7 = Terminal box top mounted 8 = Terminal box, top mounted with MS connectors* E = Terminal box F1 with E terminal blocks for power and feedback F = Terminal box F2 with E terminal blocks for power and feedback G =Terminal box, top mounted, with E terminal blocks for power and feedback RIVES Frame iameter 50 = NEM 500 Motor Type F = Powertec Brushless Motor Ferrite 8-Pole design Stack Length 4 = 504 6 = 506 8 = 508 Mounting Face and Shaft 0 = NEM Foot Mount (No Flange) & Std. Shaft Brake Option ❹ B = 100 V N = No Brake Primary Feedback ❷ 0 = Hall Sensors/Thermal Switch 2 = Resolver/NT Thermistor w/o Secondary Feedback Option 5 = Resolver/NT Thermistor with Secondary Feedback Option 6 = No Primary Bearing ➊ 0 = Heavy uty Ball Bearing File #E130709 File #LR103655-2 (Pending) NOTES: ➊ Bearing selection may be application dependent. Refer to page 139 for maximum shaft radial loading. onsult application engineering with special considerations. ❷ 5 = Large bore resolver when using double shaft extension or brake option. ❸ Terminal box top option not available with PBV motor enclosures. ❹ Brake optoin requires Primary Feedback Option 5. See page 135 for special options. *3, 4, 8: Terminal block mounted in terminal box for motor power and MS connector for feedback. RIVE SYSTEMS NOTE: To construct a motor model number select the combination of features required and put all the coded information in the proper sequence. Please account for all entries. The model number shown is an example of a properly specified motor. 10

POWERTE Totally Enclosed, Non-Ventilated (TENV) FETURES High Efficiency Ferrite Permanent Magnets NEM/IE Totally Enclosed, Non- Ventilated enclosure (IP55, I410) Troublefree, brushless construction High power density Long life regreasable, oversize bearings lass H insulated, rated for class F operation Normally closed thermal switch protection NEM face, flange, and foot mounting available Standard two year warranty RTINGS N HRTERISTIS 0.25-100 HP Standard PROUT ESRIPTION Powertec TENV motors offer high horsepower in a small frame size. From 0.25HP in a NEM 42 frame to 100HP in a NEM 500 frame, these motors are ideally suited for use in harsh industrial environments with unclean, or particle saturated air. ONSTNT TORQUE SPEE RNGE 100:1 with Genesis rives 1000:1 with Millennium rives TYPIL PPLITIONS Test stands Extruders Electronic line shafting Winders Wire drawing Printing Forest Industry machinery Tube and rolling mills Textile machinery Punch presses Paper converting ranes Elevators GENY PPROVLS UL Recognized (file #E130709) S Listed (file #LR103655-2) E ertified (Pending) B RIVES Model NEM IE Base Rated Rotor pproximate Rotor pproximate Number HP kw Speed Efficiency @ Inertia Weight Inertia Weight Prefix Rating Rating RPM Base Speed lb.-ft. 2 lbs. kg-m 2 kg F42B 0.25 0.187 1750 0.850 0.022 20 0.000927 9.1 F42B 0.33 0.25 1750 0.850 0.022 20 0.000927 9.1 F42B 0.5 0.37 1750 0.851 0.022 20 0.000927 9.1 F42 0.75 0.56 1750 0.874 0.033 26 0.00139 11.8 F143 1 0.75 1750 0.880 0.042 34 0.00177 15.4 F145 1.5 1.1 1750 0.905 0.083 53 0.00350 24.0 F145 2 1.5 1750 0.896 0.083 53 0.00350 24.0 F147 3 2.2 1750 0.922 0.122 73 0.00514 33.1 F184 5 3.8 1750 0.931 0.520 120 0.0219 54.4 F213 7.5 5.6 1750 0.908 0.800 148 0.0337 67.1 F215 10 7.5 1750 0.925 1.13 196 0.0476 88.9 F256 15 11 1750 0.950 2.76 325 0.116 147 F259 20 15 1750 0.955 3.65 411 0.154 186 F287 25 19 1750 0.957 4.32 356 0.182 161 F288 30 22 1750 0.952 6.48 458 0.273 208 F28 40 30 1750 0.971 8.63 560 0.364 254 F328 50 38 1750 0.966 18.0 669 0.759 303 F328 60 45 1750 0.968 18.0 669 0.759 303 F32B 75 56 1750 0.967 24.0 819 1.01 371 F506 100 75 1150 0.969 178 2460 7.50 1116 RIVE SYSTEMS 11

B RIVES RIVE SYSTEMS REOMMENE TENV MOTOR / GENESIS SERIES RIVE OMBITIONS 100:1 TSR ➊ POWERTE Motors (ferrite magnets) Motor Genesis Series TENV Base Model Number ❷ List Price rive ❸ HP RPM Frame ❹ 230V 460V $ 230V 460V 3600 B42 F 42B 21N0070XX 1,338 0.25 2500 B42 F 42B B21N0070XX 1,338 1750 B42 F 42B 11N0070XX 1,338 500 1150 B42 F 42B B11N0070XX 1,338 3600 B42 F 42B 21N0070XX 1,338 0.33 2500 B42 F 42B B21N0070XX 1,338 1750 B42 F 42B 11N0070XX 1,338 500 1150 B42 F 42B B11N0070XX 1,338 3600 B42 F 42B 21N0070XX 1,338 0.5 2500 B42 F 42B B21N0070XX 1,338 1750 B42 F 42B 11N0070XX 1,338 500 1150 42 F 42 B11N0070XX 1,477 3600 B42 F 42B 21N0070XX 1,338 0.75 2500 42 F 42 B21N0070XX 1,477 1750 42 F 42 11N0070XX 1,477 500 1150 143T F 143 B11N0070XX 2,174 3600 42 F 42 21N0070XX 1,477 1 2500 42 F 42 B21N0070XX 1,477 1750 143T F 143 11N0070XX F 143 11N0070XX 2,174 500 1000 1150 145T F 145 B11N0070XX F 145 11N0070XX 2,535 3600 143T F 143 21N0070XX F 143 21N0070XX 2,174 1.5 2500 143T F 143 B21N0070XX F 143 21N0070XX 2,174 1750 145T F 145 11N0070XX F 145 11N0070XX 2,535 500 1000 1150 145T F 145 B11N0070XX F 145 11N0070XX 2,535 3600 143T F 143 21N0070XX F 143 21N0070XX 2,174 2 2500 145T F 145 B21N0070XX F 145 21N0070XX 2,535 1750 145T F 145 11N0070XX F 145 11N0070XX 2,535 500 1000 1150 L145T F 147 B11N0070XX F 147 11N0070XX 3,282 3600 145T F 145 21N0070XX F 145 21N0070XX 2,535 2500 145T F 145 B21N0070XX F 145 21N0070XX 2,535 3 1750 L145T F 147 11N0070XX F 147 11N0070XX 3,282 500 1000 1750 182T F 182 10N0010XX F 182 10N0010XX 3,599 1150 184T F 184 30N0010XX F 184 30N0010XX 4,965 3600 L145T F 147 21N0070XX F 147 21N0070XX 3,282 3600 182T F 182 20N0010XX F 182 20N0010XX 3,599 5 2500 184T F 184 40N0010XX F 184 40N0010XX 4,965 1000 1000 1750 184T F 184 10N0010XX F 184 10N0010XX 4,965 1150 213T F 213 40N0010XX F 213 40N0010XX 6,323 3600 184T F 184 20N0010XX F 184 20N0010XX 4,965 7.5 2500 184T F 184 40N0010XX F 184 40N0010XX 4,965 1750 213T F 213 10N0010XX F 213 10N0010XX 6,323 1000 1000 1150 254T F 254 30N0010XX F 254 30N0010XX 8,719 3600 184T F 184 20N0210XX F 184 20N0210XX 4,965 10 2500 213T F 213 40N0210XX F 213 40N0210XX 6,323 1750 215T F 215 10N0210XX F 215 10N0210XX 7,281 1000 1000 1150 259TZ F 259 30N1210XX F 259 30N1210XX 11,363 3600 215T F 215 20N0210XX F 215 20N0210XX 7,281 15 2500 254T F 254 40N0210XX F 254 40N0210XX 8,719 1750 256T F 256 B40N0210XX F 256 40N0210XX 10,235 2000 1000 1150 259TZ F 259 30N1210XX F 259 30N1210XX 11,363 3600 254T F 254 20N0210XX F 254 20N0210XX 8,719 20 2500 256T F 256 40N0210XX F 256 40N0210XX 10,235 1750 287TZ F 287 B40N0510XX F 287 40N0510XX 12,263 2000 2000 1150 288TZ F 288 40N0510XX F 288 30N0510XX 13,702 ➊ onstant Torque Speed Range ❷ To construct a complete motor model number see Model Number odes beginning on page 6. ❸ See Genesis Series rives, Section B, page 78. ❹ NEM Frame esignation. See POWERTE Motor imensions beginning on page 26. 12 enotes standard motors. Non-standard motors may have additional lead time.

REOMMENE TENV MOTOR / GENESIS SERIES RIVE OMBITIONS 100:1 TSR ➊ POWERTE Motors (ferrite magnets) Motor Genesis Series TENV Base Model Number❷ List Price rive❸ HP RPM Frame ❹ 230V 460V $ 230V 460V 3600 256T F 256 20N0210XX 10,235 25 2500 256T F 256 40N0210XX 10,235 1750 287TZ F 287 40N0510XX 12,263 2000 1150 288TZ F 288 30N0510XX 13,702 3600 259TZ F 259 20N1210XX 11,363 30 2500 259TZ F 259 20N1210XX 11,363 1750 288TZ F 288 10N0510XX 13,702 2000 1150 2810TZ F 28 30N0510XX 20,436 2500 288TZ F 288 20N0510XX 13,702 40 1750 2810TZ F 28 40N0510XX 20,436 2000 1150 2812TZ F 28 30N0510XX 21,853 50 1750 328TZ F 328 40N0510XX 27,758 1150 3211TZ F 32B 30N0510XX 36,699 3000 60 1750 328TZ F 328 40N0510XX 27,758 1150 3211TZ F 32B 30N0510XX 36,699 3000 75 1750 3211TZ F 32B 40N0510XX 36,699 1150 3213TZ F 32 G10N0010XX 42,183 3000 100 1150 506T F 506 10N0210XX 66,077 3500 B RIVE SYSTEMS RIVES ➊ onstant Torque Speed Range ❷ To construct a complete motor model number see Model Number odes beginning on page 6. ❸ See Genesis Series rives, Section B, page 78. ❹ NEM Frame esignation. See POWERTE Motor imensions beginning on page 26. enotes standard motors. Non-standard motors may have additional lead time. 13

B RIVES REOMMENE TENV MOTOR / MILLENNIUM SERIES RIVE OMBITIONS 1000:1 TSR ➊ POWERTE Motors (ferrite magnets) Motor List Millennium Series TENV Base Model Number ❷ Price rive ❸ /mperes HP RPM Frame ❹ 230V 460V $ 230V 460V 3600 184T F 184 W20N0210XX F 184 Y20N0210XX 5,705 10 2500 213T F 213 X20N0210XX F 213 Z20N0210XX 7,063 1750 215T F 215 W10N0210XX F 215 Y10N0210XX 8,021 M4/30 1150 259TZ F 259 X10N1210XX F 259 Z10N1210XX 12,102 3600 215T F 215 W20N0210XX F 215 Y20N0210XX 8,021 15 2500 254T F 254 X20N0210XX F 254 Z20N0210XX 9,459 1750 256T F 256 W10N0210XX F 256 Y10N0210XX 10,974 M4/40 1150 259TZ F 259 X10N1210XX F 259 Z10N1210XX 12,102 3600 254T F 254 W20N0210XX F 254 Y20N0210XX 9,459 20 2500 256T F 256 X20N0210XX F 256 Z20N0210XX 10,974 1750 287TZ F 287 W10N0510XX F 287 Y10N0210XX 13,248 M4/50 1150 288TZ F 288 X10N0510XX F 288 Z10N0210XX 14,686 3600 256T F 256 Y20N0210XX 10,974 25 2500 256T F 256 Z20N0210XX 10,974 1750 287TZ F 287 Y10N0210XX 13,248 M4/40 1150 288TZ F 288 Z10N0210XX 14,686 3600 259TZ F 259 Y20N1210XX 12,102 30 2500 259TZ F 259 Z20N1210XX 12,102 1750 288TZ F 288 Y10N0210XX 14,686 M4/40 1150 2810TZ F 28 Z10N0210XX 21,420 2500 288TZ F 288 Z20N0210XX 14,686 40 1750 2810TZ F 28 Y10N0210XX 21,420 M4/50 1150 2812TZ F 28 Z10N0210XX 22,838 50 1750 328TZ F 328 Y10N0210XX 28,743 1150 3211TZ F 32B Z10N0210XX 37,683 M5/60 60 1750 328TZ F 328 Y10N0210XX 28,743 1150 3211TZ F 32B Z10N0210XX 37,683 M5/75 75 1750 3211TZ F 32B Y10N0210XX 37,683 1150 3213TZ F 32 Z10N0210XX 43,167 M5/90 100 1150 506T F 506 Z10N0210XX 67,062 M6/120 PKGE SYSTEMS RIVE SYSTEMS ➊ onstant Torque Speed Range ❷ To construct a complete motor model number see Model Number odes beginning on page 6. ❸ See Millennium Series rives, Section B, page 92. ❹ NEM Frame esignation. See POWERTE Motor imensions beginning on page 26. enotes standard motors. Non-standard motors may have additional lead time. 14

POWERTE ripproof, Fully Guarded (PFG) FETURES High Efficiency Ferrite Permanent Magnets NEM/IE ripproof Fully Guarded enclosure (IP22, I01) Troublefree, brushless construction High power density Long life regreasable, oversize bearings lass H insulated, rated for class F operation Normally closed thermal switch protection NEM or IE (Metric) mounting NEM face, flange, and foot mounting available Standard two year warranty RTINGS N HRTERISTIS 5-300 HP Standard PROUT ESRIPTION Powertec PFG motors offer high horsepower in a small frame size; from 5HP in a NEM 180 frame to 300HP in a NEM 320 frame. The motor is cooled by means of integral fans mounted to the motor shaft. ir is drawn into and exhausted through louvered covers in both ends of the motor enclosure. The larger fan incorporates a balanced, asymmetrical design. This design reduces audible resonance and causes turbulent airflow within the motor to eliminate hot spots. Our patented double finned aluminum frame allows more efficient cooling of the stator assembly. ONSTNT TORQUE SPEE RNGE 2:1 or 100:1 with Genesis rives 2:1 or 1000:1 with Millennium rives TYPIL PPLITIONS Test stands Extruders Electronic line shafting Winders Wire drawing Printing Forest Industry machinery Tube and rolling mills Textile machinery Punch presses Paper converting ranes Elevators GENY PPROVLS UL Recognized (file #E130709) S Listed (file #LR103655-2) E ertified (pending) B RIVES Model NEM IE Base Rated Rotor pproximate Rotor pproximate Number HP Rating kw Speed Efficiency @ Inertia Weight Inertia Weight Prefix 2:1 TSR Rating RPM Base Speed lb.-ft. 2 lbs. kg-m 2 kg F182 5 3.8 1750 0.891 0.255 72 0.0107 32.7 F184 7.5 5.6 1750 0.924 0.523 120 0.0220 54.4 F184 10 7.5 1750 0.902 0.523 120 0.0220 54.4 F215 15 11 1750 0.929 1.13 196 0.0476 89 F254 20 15 1750 0.939 1.85 242 0.0780 110 F256 25 19 1750 0.951 2.76 325 0.116 147 F256 30 22 1750 0.947 2.76 325 0.116 147 F259 40 30 1750 0.954 3.65 411 0.154 186 F287 50 38 1750 0.9556 4.32 356 0.182 161 F287 60 45 1750 0.949 4.32 356 0.182 161 F288 75 56 1750 0.963 6.48 458 0.273 208 F28 100 75 1750 0.966 8.63 560 0.364 254 F28 125 93 1750 0.967 10.8 662 0.455 300 F32B 150 112 1750 0.965 24 662 1.01 300 F32 200 150 1750 0.966 28 950 1.18 431 RIVE SYSTEMS 15

B RIVES RIVE SYSTEMS REOMMENE PFG MOTOR / GENESIS SERIES RIVE OMBITIONS 2:1 TSR ➊ 16 POWERTE Motors (ferrite magnets) Motor Genesis Series PFG Base Model Number ❷ List Price rive ❸ HP RPM Frame ❹ 230V 460V $ 230V 460V 3600 182T F 182 2F0N0010XX F 182 2F0N0010XX 4,087 5 2500 182T F 182 B2F0N0010XX F 182 2F0N0010XX 4,087 1750 184T F 184 1F0N0010XX F 184 1F0N0010XX 4,779 1000 1000 1150 184T F 184 3F0N0010XX F 184 3F0N0010XX 4,779 3600 182T F 182 2F0N0010XX F 182 2F0N0010XX 4,087 7.5 2500 184T F 184 B2F0N0010XX F 184 2F0N0010XX 4,779 1750 184T F 184 1F0N0010XX F 184 1F0N0010XX 4,779 1000 1000 1150 213T F 213 B1F0N0010XX F 213 1F0N0010XX 4,897 3600 184T F 184 2F0N0010XX F 184 2F0N0010XX 4,779 10 2500 184T F 184 B1F0N0010XX F 184 1F0N0010XX 4,779 1750 184T F 184 1F0N0010XX F 184 1F0N0010XX 4,779 1000 1000 1150 256T F 256 B1F0N0010XX F 256 2F0N0010XX 7,981 3600 184T F 184 2F0N0010XX F 184 2F0N0010XX 4,779 15 2500 215T F 215 B2F0N0010XX F 215 2F0N0010XX 5,855 1750 256T F 256 1F0N0010XX F 256 1F0N0010XX 7,981 2000 1000 1150 259T F 259 3F0N1010XX F 259 3F0N1010XX 9,240 3600 215T F 215 2F0N0210XX F 215 2F0N0210XX 5,855 20 2500 254T F 254 B2F0N0210XX F 254 2F0N0210XX 6,095 1750 256T F 256 1F0N0210XX F 256 1F0N0210XX 7,981 2000 2000 1150 287TZ F 287 B1F0N0510XX F 287 1F0N0510XX 11,335 3600 215T F 215 2F0N0210XX 5,855 25 2500 254T F 254 2F0N0210XX 6,095 1750 256T F 256 1F0N0210XX 7,981 2000 1150 259TZ F 259 1F0N0510XX 9,240 3600 215T F 215 2F0N0210XX 5,855 30 2500 254T F 254 2F0N0210XX 6,095 1750 256T F 256 1F0N0210XX 7,981 2000 1150 287TZ F 287 1F0N0510XX 11,335 3600 254T F 254 2F0N0210XX 6,095 40 2500 256T F 256 2F0N0210XX 7,981 1750 259TZ F 259 1F0N0210XX 9,240 2000 1150 288TZ F 288 1F0N0510XX 13,732 3600 256T F 256 2F0N0210XX 7,981 50 2500 259TZ F 259 2F0N0210XX 9,240 1750 287TZ F 287 1F0N0210XX 11,335 3000 1150 2810TZ F 28 3F0N0510XX 16,177 3600 259TZ F 259 2F0N0210XX 9,240 60 2500 259TZ F 259 2F0N0210XX 9,240 1750 287TZ F 287 1F0N0210XX 11,335 3000 1150 2810TZ F 28 1F0N0510XX 16,177 3600 259TZ F 259 2F0N0210XX 9,240 75 2500 287TZ F 287 2F0N0210XX 11,335 1750 288TZ F 288 1F0N0210XX 13,732 3000 1150 2812TZ F 28 1F0N0510XX 20,046 2500 288TZ F 288 B2F0N0210XX 13,732 100 1750 2810TZ F 28 1F0N0210XX 16,177 3500 1150 3211TZ F 32B 1F0N0510XX 30,128 125 2500 2810TZ F 28 2F0N0210XX 16,177 1750 2812TZ F 28 1F0N0210XX 20,046 4000 150 2500 2812TZ F 28 2F0N0210XX 20,046 1750 3211TZ F 32B 1F0N0210XX 30,128 4000 ➊ onstant Torque Speed Range ❷ To construct a complete motor model number see Model Number odes beginning on page 6. ❸ See Genesis Series rives, Section B, page 78. ❹ NEM Frame esignation. See POWERTE Motor imensions beginning on page 26. enotes standard motors. Non-standard motors may have additional lead time.

REOMMENE PFG MOTOR / GENESIS SERIES RIVE OMBITIONS 100:1 TSR ➊ POWERTE Motors (ferrite magnets) Motor Genesis Series PFG Base Model Number ❷ List Price rive ❸ HP RPM Frame ❹ 230V 460V $ 230V 460V 3600 182T F 182 2F0N0010XX F 182 2F0N0010XX 4,087 5 2500 182T F 182 B2F0N0010XX F 182 2F0N0010XX 4,087 1750 184T F 184 1F0N0010XX F 184 1F0N0010XX 4,779 1000 1000 1150 184T F 184 3F0N0010XX F 184 3F0N0010XX 4,779 3600 182T F 182 2F0N0010XX F 182 2F0N0010XX 4,087 7.5 2500 184T F 184 1F0N0010XX F 184 1F0N0010XX 4,779 1750 184T F 184 1F0N0010XX F 184 1F0N0010XX 4,779 1000 1000 1150 215T F 215 3F0N0010XX F 215 3F0N0010XX 5,855 3600 184T F 184 2F0N0010XX F 184 2F0N0010XX 4,779 10 2500 184T F 184 B2F0N0010XX F 184 2F0N0010XX 4,779 1750 215T F 215 B4F0N0010XX F 215 1F0N0010XX 5,855 1000 1000 1150 256T F 256 3F0N0010XX F 256 3F0N0010XX 7,981 3600 184T F 184 2F0N0010XX F 184 2F0N0010XX 4,779 15 2500 215T F 215 B2F0N0010XX F 215 2F0N0010XX 5,855 1750 256T F 256 B4F0N0010XX F 256 4F0N0010XX 7,981 2000 1000 1150 259T F 259 3F0N1010XX F 259 3F0N1010XX 9,240 3600 215T F 215 2F0N0010XX F 215 2F0N0010XX 5,855 20 2500 254T F 254 4F0N0010XX F 254 2F0N0010XX 6,095 1750 256T F 256 B4F0N0010XX F 256 4F0N0010XX 7,981 2000 2000 1150 287TZ F 287 3F0N0010XX F 287 3F0N0010XX 11,335 3600 215T F 215 2F0N0010XX 5,855 25 2500 256T F 254 4F0N0010XX 7,981 1750 259TZ F 259 4F0N1010XX 9,240 2000 1150 288TZ F 288 3F0N0010XX 13,732 3600 256T F 256 2F0N0010XX 7,981 30 2500 256T F 256 2F0N0010XX 7,981 1750 287TZ F 287 1F0N0010XX 11,335 2000 1150 288TZ F 288 3F0N0010XX 13,732 3600 256T F 256 2F0N1010XX 7,981 40 2500 259TZ F 259 2F0N0010XX 9,240 1750 288TZ F 288 1F0N0010XX 13,732 2000 1150 2810TZ F 28 3F0N0010XX 16,177 3600 259TZ F 259 2F0N1010XX 9,240 50 2500 287TZ F 287 2F0N0010XX 11,335 1750 288TZ F 288 1F0N0010XX 13,732 3000 1150 2812TZ F 28 3F0N0010XX 20,046 2500 288TZ F 288 2F0N0010XX 13,732 60 1750 2810TZ F 28 1F0N0010XX 16,177 3000 1150 328TZ F 328 1F0N0010XX 26,168 2500 2810TZ F 28 4F0N0010XX 16,177 75 1750 2812TZ F 28 1F0N0010XX 20,046 3000 1150 3211TZ F 32B 1F0N0010XX 30,128 2500 2812TZ F 28 2F0N0010XX 20,046 100 1750 328TZ F 328 1F0N0010XX 26,168 3500 1150 3213TZ F 32 1F0N0010XX 34,093 125 2500 328TZ F 328 2F0N0010XX 26,168 1750 3211TZ F 32B 1F0N0010XX 30,128 4000 150 2500 3211TZ F 32B 2F0N1010XX 30,128 4000 B RIVES RIVE SYSTEMS ➊ onstant Torque Speed Range ❷ To construct a complete motor model number see Model Number odes beginning on page 6. ❸ See Genesis Series rives, Section B, page 78. ❹ NEM Frame esignation. See POWERTE Motor imensions beginning on page 26. enotes standard motors. Non-standard motors may have additional lead time. 17

B RIVES RIVE SYSTEMS REOMMENE PFG MOTOR / MILLENNIUM SERIES RIVE OMBITIONS 2:1 TSR ➊ POWERTE Motors (ferrite magnets) Motor Millennium Series PFG Base Model Number ❷ List Price rive ❸ /mperes HP RPM Frame ❹ 230V 460V $ 230V 460V 3600 182T F 182 W2F0N0210XX 4,827 10 2500 184T F 184 X2F0N0210XX 5,519 1750 184T F 184 W1F0N0210XX 5,519 M4/30 1150 215T F 215 X1F0N0210XX 6,595 3600 184T F 184 W2F0N0210XX 5,519 15 2500 213T F 213 X2F0N0210XX 5,637 1750 215T F 215 W1F0N0210XX 6,595 M4/40 1150 259T F 259 X1F0N1210XX 9,980 3600 213T F 213W2F0N0210XX 5,637 20 2500 215T F 215 X2F0N0210XX 6,595 1750 254T F 254 W1F0N0210XX 6,835 M4/50 1150 256T F 256 X1F0N0510XX 8,720 3600 215T F 215 Y2F0N0210XX 6,595 25 2500 215T F 215 Z2F0N0210XX 6,595 1750 256T F 256 Y1F0N1210XX 8,720 M4/40 1150 259TZ F 259 Z1F0N0510XX 9,980 3600 215T F 215 Y2F0N0210XX 6,595 30 2500 254T F 254 Z2F0N0210XX 6,835 1750 256T F 256 Y1F0N0510XX 8,720 M4/40 1150 287TZ F 287 Z1F0N0510XX 12,320 3600 254T F 254 Y2F0N0210XX 6,835 40 2500 256T F 256 Z2F0N1210XX 8,720 1750 259TZ F 259 Y1F0N0510XX 9,980 M4/50 1150 288TZ F 288 Z1F0N0510XX 14,717 3600 256TZ F 256 Y2F0N1210XX 8,720 50 2500 259TZ F 259 Z2F0N0510XX 9,980 1750 287TZ F 287 Y1F0N0510XX 12,320 M5/60 1150 2810TZ F 28 Z1F0N0510XX 17,161 3600 259TZ F 259 Y2F0N1210XX 9,980 60 2500 259TZ F 259 Z2F0N0510XX 9,980 1750 287TZ F 287 Y1F0N0510XX 12,320 M5/75 1150 2810TZ F 28 Z1F0N0510XX 17,161 3600 259TZ F 259 Y2F0N1210XX 9,980 75 2500 287TZ F 287 Z2F0N0510XX 12,320 1750 288TZ F 288 Y1F0N0510XX 14,717 M5/90 1150 2812TZ F 28 Z1F0N0510XX 21,030 2500 288TZ F 288 Z2F0N0510XX 14,717 100 1750 2810TZ F 28 Y1F0N0510XX 17,161 M6/120 1150 3211TZ F 32B Z1F0N0510XX 31,113 125 2500 2810TZ F 28 Z2F0N0510XX 17,161 1750 2812TZ F 28 Y1F0N0510XX 21,030 M6/150 150 2500 2812TZ F 28 Z2F0N0510XX 21,030 1750 3211TZ F 32B Y1F0N0510XX 31,113 M6/175 200 2500 3211TZ F 32B Z2F0N0510XX 31,113 1750 3213TZ F 32 Y1F0N0510XX 35,077 M7/275 250 2500 3211TZ F 32B Z2F0N0510XX 31,113 M7/275 300 2500 3211TZ F 32B Z2F0N0510XX 31,113 M7/330 ➊ onstant Torque Speed Range ❷ To construct a complete motor model number see Model Number odes beginning on page 6. ❸ See Millennium Series rives, Section B, page 92. ❹ NEM Frame esignation. See POWERTE Motor imensions beginning on page 26. 18 enotes standard motors. Non-standard motors may have additional lead time.

REOMMENE PFG MOTOR / MILLENNIUM SERIES RIVE OMBITIONS 1000:1 TSR ➊ Powertec Motors (ferrite magnets) Motor Millennium Series PFG Base Model Number ❷ List Price rive ❸ /mperes HP RPM Frame ❹ 230V 460V $ 230V 460V 3600 184T F 184 W2F0N0210XX 5,519 10 2500 184T F 184 X2F0N0210XX 5,519 1750 215T F 215 W1F0N0210XX 6,595 M4/30 1150 256T F 256 X1F0N0210XX 8,720 3600 184T F 184 W2F0N0210XX 5,519 15 2500 215T F 215 X2F0N0210XX 6,595 1750 256T F 256 W1F0N0210XX 8,720 M4/40 1150 259T F 259 X1F0N1210XX 9,980 3600 215T F 215 W2F0N0210XX 6,595 20 2500 254T F 254 X2F0N0210XX 6,835 1750 256T F 256 W1F0N0210XX 8,720 M4/50 1150 287TZ F 287 X1F0N0210XX 12,320 3600 215T F 215 Y2F0N0210XX 6,595 25 2500 256T F 256 Z2F0N0210XX 8,720 1750 259TZ F 259 Y1F0N1210XX 9,980 M4/40 1150 288TZ F 288 Z1F0N0210XX 14,717 3600 256T F 256 Y2F0N0210XX 8,720 30 2500 256T F 256 Z2F0N0210XX 8,720 1750 287TZ F 287 Y1F0N0210XX 12,320 M4/40 1150 288TZ F 288 Z1F0N0210XX 14,717 3600 256T F 256 Y2F0N0210XX 8,720 40 2500 259TZ F 259 Z2F0N1210XX 9,980 1750 288TZ F 288 Y1F0N0210XX 14,717 M4/50 1150 2810TZ F 28 Z1F0N0210XX 17,161 3600 259TZ F 259 Y2F0N1210XX 9,980 50 2500 287TZ F 287 Z2F0N0210XX 12,320 1750 288TZ F 288 Y1F0N0210XX 14,717 M5/60 1150 2812TZ F 28 Z1F0N0210XX 21,030 2500 288TZ F 288 Z2F0N0210XX 14,717 60 1750 2810TZ F 28 Y1F0N0210XX 17,161 M5/75 1150 328TZ F 328 Z1F0N0210XX 27,152 2500 2810TZ F 28 Z2F0N0210XX 17,161 75 1750 2812TZ F 28 Y1F0N0210XX 21,030 M5/90 1150 3211TZ F 32B Z1F0N0210XX 31,113 2500 2812TZ F 28 Z2F0N0210XX 21,030 100 1750 328TZ F 328 Y1F0N0210XX 27,152 M6/120 1150 3213TZ F 32 Z1F0N0210XX 35,077 125 2500 328TZ F 328 Z2F0N0210XX 27,152 1750 3211TZ F 32B Y1F0N0210XX 31,113 M6/150 150 2500 3211TZ F 32B Z2F0N0210XX 31,113 M6/175 B RIVES RIVE SYSTEMS ➊ onstant Torque Speed Range ❷ To construct a complete motor model number see Model Number odes beginning on page 6. ❸ See Millennium Series rives, Section B, page 92. ❹ NEM Frame esignation. See POWERTE Motor imensions beginning on page 26. enotes standard motors. Non-standard motors may have additional lead time. 19

POWERTE Totally Enclosed, ir Over Motors (TEO) B RIVES FETURES High Efficiency Ferrite Permanent Magnets NEM/IE Totally Enclosed, ir Over enclosure (IP44, I416) Troublefree, brushless construction High power density Long life regreasable, oversize bearings lass H insulated, rated for class F operation Normally closed thermal switch protection NEM face, flange, and foot mounting available Standard two year warranty RTINGS N HRTERISTIS 10-250 HP Standard (shown without shroud and blower) PROUT ESRIPTION Powertec TEO motors offer high horsepower in a small frame size; from 10HP in a NEM 250 frame to 250HP in a NEM 500 frame. n aluminum shroud encloses a portion of the external finned aluminum motor housing. This design allows air to be moved over a large surface area of the motor for efficient cooling. This design also has the advantage of preventing dust particles from accumulating on the motor's surface, which act as an insulator and inhibit proper cooling of the motor. ONSTNT TORQUE SPEE RNGE 100:1 with Genesis rives 1000:1 with Millennium rives TYPIL PPLITIONS Test stands Extruders Electronic line shafting Winders Wire drawing Printing Forest Industry machinery Tube and rolling mills Textile machinery Punch presses Paper converting ranes Elevators GENY PPROVLS UL Recognized (file #E130709) S Listed (file #LR103655-2) E ertified (pending) RIVE SYSTEMS Model NEM IE Base Rated Rotor pproximate Rotor pproximate Number HP kw Speed Efficiency @ Inertia Weight Inertia Weight Prefix Rating Rating RPM Base Speed lb.-ft. 2 lbs. kg-m 2 kg F254 10 7.5 1150 0.927 1.85 257 0.0780 117 F254 15 11 1750 0.942 1.85 257 0.0780 117 F256 20 15 1750 0.952 2.76 340 0.116 154 F259 25 19 1750 0.957 3.65 426 0.154 193 F287 30 22 1750 0.959 4.32 376 0.182 171 F287 40 30 1750 0.958 4.32 376 0.182 171 F288 50 38 1750 0.965 6.48 478 0.273 217 F288 60 45 1750 0.964 6.48 478 0.273 217 F28 75 56 1750 0.966 8.63 580 0.364 263 F328 100 75 1750 0.971 18.0 684 0.759 310 F32B 125 93 1750 0.971 24.0 834 1.01 378 F32B 150 112 1750 0.970 24.0 834 1.01 378 F504 200 150 1750 0.970 140 2030 5.90 921 F508 250 188 1750 0.974 216 2910 9.10 1320 20

REOMMENE TEO MOTOR / GENESIS SERIES RIVE OMBITIONS 100:1 TSR ➊ POWERTE Motors (ferrite magnets) Motor Genesis Series TEO Base Model Number ❷ List Price rive ❸ HP RPM Frame ❹ 230V 460V $ 230V 460V 10 1150 254T F 254 30N0010XX F 254 30N0010XX 11,080 1000 1000 15 1750 254T F 254 B40N0010XX F 254 40N0010XX 11,080 1150 256T F 256 30N0010XX F 256 30N0010XX 12,596 2000 1000 2500 254T F 254 40N0010XX F 254 40N0010XX 11,080 20 1750 256T F 256 B40N0010XX F 256 40N0010XX 12,596 2000 2000 1150 259TZ F 259 30N0110XX F 259 30N0110XX 13,724 3600 254T F 254 20N0010XX 11,080 25 2500 254T F 254 20N0010XX 11,080 1750 259TZ F 259 40N0110XX 13,724 2000 1150 287TZ F 287 30N0010XX 15,028 3600 256T F 256 20N0010XX 12,596 30 2500 256T F 256 20N0010XX 12,596 1750 287TZ F 287 10N0010XX 15,028 2000 1150 288TZ F 288 30N0010XX 16,502 3600 259TZ F 259 20N0110XX 13,724 40 2500 287TZ F 287 40N0010XX 15,028 1750 287TZ F 287 40N0010XX 15,028 2000 1150 288TZ F 288 10N0010XX 16,502 2500 287TZ F 287 40N0010XX 15,028 50 1750 288TZ F 288 10N0010XX 16,502 3000 1150 2810TZ F 28 30N0010XX 23,202 2500 288TZ F 288 20N0010XX 16,502 60 1750 288TZ F 288 10N0010XX 16,502 3000 1150 2812TZ F 28 30N0010XX 24,620 2500 288TZ F 288 20N0010XX 16,502 75 1750 2810TZ F 28 10N0010XX 23,202 3000 1150 328TZ F 328 10N0010XX 30,301 2500 328TZ F 328 20N0010XX 30,301 100 1750 328TZ F 328 10N0010XX 30,301 3500 1150 3211TZ F 32B 10N0010XX 39,242 2500 328TZ F 328 20N0010XX 30,301 125 1750 3211TZ F 32B 10N0010XX 39,242 4000 1150 3213TZ F 32 20N0010XX 44,723 150 2500 328TZ F 328 20N0010XX 30,301 1750 3211TZ F 32B 10N0010XX 39,242 4000 B RIVES RIVE SYSTEMS ➊ onstant Torque Speed Range ❷ To construct a complete motor model number see Model Number odes beginning on page 6. ❸ See Genesis Series rives, Section B, page 78. ❹ NEM Frame esignation. See POWERTE Motor imensions beginning on page 26. enotes standard motors. Non-standard motors may have additional lead time. 21

B RIVES RIVE SYSTEMS REOMMENE TEO MOTOR / MILLENNIUM SERIES RIVE OMBITIONS 1000:1 TSR ➊ POWERTE Motors (ferrite magnets) Motor Millennium Series TEO Base Model Number ❷ List Price rive/mperes❸ HP RPM Frame ❹ 230V 460V $ 230V 460V 10 1150 254T F 254 X10N0210XX F 254 Z10N0210XX 11,820 M4/30 M4/30 15 1750 254T F 254 W10N0210XX F 254 Y10N0210XX 11,820 1150 256T F 256 X10N0210XX F 256 Z10N0210XX 13,335 M4/40 M4/30 2500 254T F 254 X20N0210XX F 254 Z20N0210XX 11,820 20 1750 256T F 256 W10N0210XX F 256 Y10N0210XX 13,335 M4/50 M4/30 1150 259TZ F 259 X10N1210XX F 259 Z10N1210XX 14,463 3600 254T F 254 Y20N0210XX 11,820 25 2500 254T F 254 Z20N0210XX 11,820 1750 259TZ F 259 Y10N1210XX 14,463 M4/40 1150 287TZ F 287 Z10N0510XX 16,013 3600 256T F 256 Y20N0210XX 13,335 30 2500 256T F 256 Z20N0210XX 13,335 1750 287TZ F 287 Y10N0510XX 16,013 M4/40 1150 288TZ F 288 Z10N0510XX 17,486 3600 259TZ F 259 Y20N1210XX 14,463 40 2500 287TZ F 287 Z20N0510XX 16,013 1750 287TZ F 287 Y10N0510XX 16,013 M4/50 1150 288TZ F 288 Z10N0510XX 17,486 2500 287TZ F 287 Z20N0510XX 16,013 50 1750 288TZ F 288 Y10N0510XX 17,486 M5/60 1150 2810TZ F 28 Z10N0510XX 24,187 2500 288TZ F 288 Z20N0510XX 17,486 60 1750 288TZ F 288 Y10N0510XX 17,486 M5/75 1150 2812TZ F 28 Z10N0510XX 25,605 2500 288TZ F 288 Z20N0510XX 17,486 75 1750 2810TZ F 28 Y10N0510XX 24,187 M5/90 1150 328TZ F 328 Z10N0510XX 31,286 2500 328TZ F 328 Z20N0510XX 31,286 100 1750 328TZ F 328 Y10N0510XX 31,286 M6/120 1150 3211TZ F 32B Z10N0510XX 40,226 2500 328TZ F 328 Z20N0510XX 31,286 125 1750 3211TZ F 32B Y10N0510XX 40,226 M6/150 1150 3213TZ F 32 Z10N0510XX 45,708 2500 328TZ F 328 Z20N0510XX 31,286 150 1750 3211TZ F 32B Y10N0510XX 40,226 M6/175 1150 504TZ F 504 Z10N0210XX 61,117 200 1750 504TZ F 504 Y10N0510XX 61,117 1150 506TZ F 506 Z10N0210XX 71,229 M7/220 250 1750 508TZ F 508 Y10N0210XX 82,242 M7/275 ➊ onstant Torque Speed Range ❷ To construct a complete motor model number see Model Number odes beginning on page 6. ❸ See Millennium Series rives, Section B, page 92. ❹ NEM Frame esignation. See POWERTE Motor imensions beginning on page 26. enotes standard motors. Non-standard motors may have additional lead time. 22

POWERTE ripproof, Blower Ventilated (PBV) FETURES High Efficiency Ferrite Permanent Magnets NEM/IE ripproof Blower Ventilated enclosure (IP22, I06) Troublefree, brushless construction High power density Long life regreasable, oversize bearings lass H insulated, rated for class F operation Normally closed thermal switch protection NEM face, flange, and foot mounting available Standard two year warranty 5-300 HP Standard PROUT ESRIPTION Powertec PBV motors offer high horsepower in a small frame size; from 5HP in a NEM 180 frame to 300HP in a NEM 500 frame. The motor is cooled by means of an external blower. Our patented double finned aluminum frame allows more efficient cooling of the stator assembly. ir is exhausted through louvered covers in the shaft end of the motor enclosure. These motors are protected from solid particles greater than12mm diameter and liquids striking or entering the enclosure at an angle of not more than 15 degrees from the vertical (NEM IP22). The cooling of the motor is in accordance with NEM I06. ONSTNT TORQUE SPEE RNGE 100:1 with Genesis rives 1000:1 with Millennium rives TYPIL PPLITIONS Test stands Extruders Electronic line shafting Winders Wire drawing Printing Forest Industry machinery Tube and rolling mills Textile machinery Punch presses Paper converting ranes Elevators GENY PPROVLS UL Recognized (file #E130709) S Listed (file #LR103655-2) E ertified (pending) B RIVES RTINGS N HRTERISTIS Model NEM IE Base Rated Rotor pproximate Rotor pproximate Number HP kw Speed Efficiency @ Inertia Weight Inertia Weight Prefix Rating Rating RPM Base Speed lb.-ft. 2 lbs. kg-m 2 kg F182 5 3.8 1750 0.893 0.260 78 0.0110 35.4 F184 7.5 5.6 1750 0.924 0.530 126 0.0223 57.2 F184 10 7.5 1750 0.904 0.520 126 0.0219 57.2 F215 15 11 1750 0.929 1.13 208 0.0476 94.3 F254 20 15 1750 0.939 1.85 254 0.0780 115 F256 25 19 1750 0.952 2.76 337 0.116 153 F256 30 22 1750 0.948 2.76 337 0.116 153 F259 40 30 1750 0.955 3.65 428 0.154 194 F287 50 38 1750 0.956 4.32 370 0.182 168 F287 60 45 1750 0.949 4.32 370 0.182 168 F288 75 56 1750 0.963 6.48 472 0.273 214 F28 100 75 1750 0.966 8.63 575 0.364 261 F28 125 93 1750 0.967 10.8 681 0.455 309 F328 150 112 1750 0.969 18.0 695 0.759 315 F32B 200 150 1750 0.971 24.0 843 1.01 382 F32 250 187 1750 0.973 28.0 975 1.18 442 F32 300 220 1750 0.973 28.0 975 1.18 442 RIVE SYSTEMS 23